NEW TECHNOLOGY METER Current Loop, Signal or External Powered

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1 NEW NEW TECHNOLOGY METER Current Loop, Signal or External Powered Replaces: Any ¼ D Meter or A.P. M. Pat. Pend..78 (96), or Channels.78 (96) Build Your Own Part Number or Receive a Quote at: /configurator/nts/ Meets ¼ D Standard Panel Cutout.6 x.6 (9 x 9 mm) FEATURES: *Automatic Tricolor Bar with Intensity Control * Digits at 0. ( or ) * Alarm with Run Time Stamp *Self Diagnostics *Isolated Serial I/O *USB/RS85 *Configurable Bar Direction (Up/Down/Center Zero)/Pointer *Only 00mW@5VDC! *Intensity Control * Math functions (+, -, x,,, X-Y tables, polynomials) *Averaging: None to 55 *Addressable: 8 Characters *Many Power Input Options (External Powered Models Only) * >0 Isolated Input Signals * Relays or O.C.T. *-0mA/0V Output *Ethernet *μsd Flash Memory: GB *Lifetime Warranty DESCRIPTION: The New Technology Meter (NTM) series combines over 0 years of experience with the latest ASIC uc and ultra-efficient multicolor LED technology to bring you into the st century. The NTM external power series features over 0 signal conditioners ( square) which are housed in many industry's standard packages to replace form, fit and function any analog or digital panel meter. If not, we'll make it! Our patented hardware and firmware gives you the highest reliability (we have a lifetime warranty) at the lowest cost, with features such as: automatic (programmable) tricolor bargraph (like a traffic light); automatic signal fail detect (open or short); indication and serial transmission with run time stamp and units ID, isolated retransmission (-0mA), and universal power inputs (5-VDC or 90-65VAC). The NTM Series offers several math functions such as X-Y tables, polynomials and log-anti-log functions. The NTM signal and external power series also feature isolated USB, RS85 or ethernet, open collector transistors (/channel) and SPDT relays (/channel). You can tell us your custom needs and we'll make it (or might already have it)! The is available in either a loop (-0mA), A.C. signal or external power version. The external powered versions can accommodate relays, isolated DAC and power for the analog output (per channel), include >0 signal conditioners and isolated input power options, as well as ethernet and flash memory (μsd). Standard factory set color changes are: red: <0, >90%, yellow: <0, >80%, green: >0, <80% of F.S. Use digit, option 9 for custom configuration (you can change it with simple commands). NOW 0CFR50 APP. B & 0CFR *Buy Direct From OTEK *Eliminate Reseller & Save ~50% *Talk Directly to our Engineers and Sales *Get our Lifetime Warranty! FAX: SCE E. TENNESSEE ST. TUCSON, AZ. 857 U.S.A.

2 THE PRODUCTS All New Technology products share the same innovative electronic circuit design. The difference between the models is their mechanical features (see Block Diagram and mechanical drawings). Some are displays only, some are single or multi channel, some can have relays, DACs, ethernet and flash memory, and some require an external power source. But all products contain the New Technology, which consumes less than % of comparable digitals (0-00mW for loop/signal powered versions) and approaches the power consumption of analog meters. WHAT CAN YOU DO WITH OTEK S NEW TECHNOLOGY? Note on Otek s Powerless Technology: If your signal cannot supply mw (~ 5V/mA), contact us or use external power models.. One Channel Models: -0, -, -B, -D, -F, -H, -L, -M, -N, -P, -S & -X: Implement any math function, X-Y table (5 point), polynomials (9 th order), offset, tare, zero, scale, log & anti-logarithmic to affect the unit s display at will. Some examples are: change the display & data using any combination as commanded by your algorithm, such as +/-/X/ / or set a variable or linearize the display using X-Y tables or polynomials. This works well for odd shape containers. You can also change the reading from F to C or K or compress/expand the display (and data out) using the log and antilog functions. In addition, you can change the factory default alarm pointers and colors or delete them. Zero & Span potentiometers are included for manual adjustment. Note: Models -D and -F have internal USB serial I/O that is not accessible to the customer. Contact Otek for access. OTEK s New Technology series is only limited by your needs and imagination. Just give us a call at or us at sales@ otekcorp.com and give us the challenge to develop the best algorithm for your process.. Two Channel Models: -, -, - and -5 through -9 & -A: Note: Also available in models with or channels. Features include all those of the single channel models and each channel is 00% isolated from each other. In addition, you can add, subtract, multiply, divide, find the square root between channels. You can also use one channel to monitor/control the input signal and the second channel to indicate deviation, differential such as PID, alarm override or one channel setpoint can be used to control another channel function. You can also use one channel as a backup if the other channel becomes disabled or use them as volume & flow ( ) monitors/ controllers. The New Technology two channel models are also perfect as REM/RAD indicators/controllers (also see our RPM series with logantilog functions for radiation monitoring). Contact OTEK for algorithms and formulas or any idea you wish to share with our audiences via our Youtube or Facebook page posts.. Three Channel Models: -, -5, -7, -8 and -A: Note: Also available on channel models -5, -7 & -8. Otek s New Technology three channel models perform all the functions outlined in # and #. Further, one channel can indicate the input variable and the other two channels can be setpoint indicators/controllers (Hi, Hi-Hi, Low and Low-Low limits), or subject the input/ output to any mathematical function or algorithm such as PID or display the input vs. output and derivative, or switch scales when the input reaches a limit/band such as for flow-volume-pressure or temperature. Monitor Volts, Amps and Watts AC or DC or any of variables, including Hertz, lead/lag, power factor, peak/valley or for synchronizing of power lines with the bipolar (center zero) tricolor bargraph. The New Technology series brings Process Automation Control (PAC) within your reach and affordability. These models are compatible with any DCS/SCADA system using their USB/RS85/Ethernet I/O options and allow for ease of interface with wireless systems.. Four Channel Models: -5, -7 and -8: The four channel models offer all of the functions outlined in #, # and #. However, with the additional channel available, the New Technology barmeters rival flatscreens with superior HMI/MMI functionality and ease of viewing/analysis of any combination of variables. For example, Volts/ Amps/Watts/Hertz or temperature/pressure/ph/humidity. The four channel models can also be used to monitor/control the product of the other variables, making them ideal for the petrochemical industry. Data Logging? Some models offer optional μsd memory to record /7 anything available via the serial I/O. Maximum capacity (and growing) is GB! REDUNDANT CONTROL: Because all channels are 00% isolated from each other, you can use any multi-channels model as a redundant controller. If you need the Democratic vote, algorithm, contact OTEK or see our Model TRC (Triple Redundant Controller) FAX: SCE E. TENNESSEE ST. TUCSON, AZ. 857 U.S.A.

3 Digit 5, Serial I/O & Memory: Settings: 8NN, 00-9,00 Baud, ASCII. LOOP/SIGNAL POWER ONLY: Digit 5, Serial I/O: Option 0, USB: Complies 00% with V.0 and if digit 0, option is selected (USB powered) then digit 5 must be option 0. Digit 5, Option, RS85: Complies with industry standard and requires 5VDC@<mA and a terminating 0 Ohm resistor at first and last unit in the BUS. EXTERNAL POWER ONLY: Option 0, USB & Option, RS85 (see above), plus: Digit 5, Option Ethernet: Complies with 0 Base-T/00Base-TX RJ5 up to 9,00 Baud. Maximum power consumption is <00mA@5V (.5W). Digit 5, Options & : usd Flash Memory: Contact Otek for availability. Internal μsd flash memory with up to gigabytes capacity. You can store selected data at-will via serial command and download it as required. A GB card logging times per second can hold approximately year s worth of data. Need a Transmitter? See model NTY Description, Notes & Order (Continued) DIGIT 6, GRADE: Industrial Grade (Options 0 or I) is per these published specifications. Grades M and E per agreed specifications. Options E & M typically include an EMI/ RFI shield all around and filtered connectors to meet EPRI-TR-0-R (requiring ~ deeper case). OTEK will build to certain nuclear or MIL- Standards but testing and confirmation of compliance, if required, will be quoted extra. Option 0 is 9VO plastic, option I is an aluminium nickel plated case and cover; bezel face has black powder coat finish to Mil-Specs. The back cover is either black plastic or nickel plated aluminum. Typical Mil-Specs: 6, 6, 69, 90, 80, RTCA-60, I EEE, etc. Contact Otek for custom colors. NTM-X: Certified for Class I, Div., Groups B-G; EX & IECex: IM, Exd. Other Important Data: Math Functions: +, -, x,,, Polynomials to 9th order, 5 Point X-Y table, zero, offset, span and tare. You can add, subtract, multiply, divide (etc.) one channel to/from another channel and display the result in the other channel (i.e. V (Ch.)xA(Ch.)=W(Ch.). Signal Failure Alarm: Requires approximately minute of normal (mid-scale) operation for it to alarm the display and output the serial data after the signal (Powerless ) has ceased. Serial I/O: Setting: 8NN, 00-9,00 BAUD, 8 Character Address PID: Programmable (best with >dual channel models) automatic or manual with external 0K Ohm potentiometer (option 56). High Quality: No matter their size or number of channels all use the same (SV & V) firmware, hardware and commands. No matter their grade (Industrial, Mil-Spec, Nuclear) they all carry a lifetime warranty. Industrial Grade Common Electrical Specifications Input & Display: *A/D: Accuracy, Linearity & Resolution: 0.5% of F.S. L.S.D. over entire temperature range of 0-60 C. Bits, Conversion Rate: 0/sec, Averaging: 0-55, zero, span, offset, tare, math functions, 5 point X-Y tables & polynomials (9 th ) *Bargraph: 5 Automatic Tricolor (R/Y/G) Segments *Digits: Four Full Digits ( & ). *Typical Power Consumption of Display: 0-00mW@.V-5V *Temperature Coefficient: +/-50PPM/ C *Operating Temperature: -0 to +60; Storage: -0 to +70 C *CCMR: >90dB@50-60Hz *Isolation: >500VDC to any other I/O & P.S. *Humidity: 5-95% RH non-condensing *Front Panel: NEMA. NEMA x on request. *Failed Signal Detect: ~ 0 seconds after > minute of F.S. *Calibration Check: years recommended. Note : See page of the master catalog for environmental specs vs. housing, bar length and digit size. Note : E and M grades are the same as Industrial unless otherwise specified FAX: SCE E. TENNESSEE ST. TUCSON, AZ. 857 U.S.A.

4 PUT SIGNAL SPECIFICATIONS (Digits 8 & 9) Industrial Grade Common Option 05-: Same as options 0 Electrical Specifications through 0. (Continued) AVAILABLE ON EXTERNAL POWER MODELS ONLY: Outputs: *Analog Output: Accuracy & Linearity: F.S.; 0. LSB, Range: -ma (max. load: <K Ohm). *Analog Output Temperature Coefficient: +/-50PPM C *Analog Output Isolation To All Other I/O & Power: >500VDC *Relays: Each/Channel (except NTY, ): SPDT Form C, A 0VAC/0VDC resistive load only, Contact Protection: 00VAC/DC on all contacts. Speed: +0mS (main loop). O.C.T. (Open Collector Transistors): VCE Max: 0VDC; Ice Max: 0mADC, Speed: +0mS (main loop). Note : Relays & O.C.T. have P.O.D. (~00mS) and can be set for fail safe operation (normally on). Note : See Digit for default set points and User s Manual for command set via serial control. Note: All ± LSD and % full scale range unless noted. Option 00 & 7 For Loop Power Only: Option 00, -0mA Loop Powered: Burden: >V@mA, 5V@ 0mA; Range: -6mA; Accuracy & Linearity: ±0.5% of F.S., ± LSD. Option 7: 0-50mA Loop Powered: Burden: >V@0mA, 5V@ 50mA; Range: -50mA; Accuracy & Linearity: ±0.5% of F.S., ± LSD. Options 0 Through 8, A. C. Signal Powered Only: FUSE IT! Use external / ASB for Volts and 7 ASB for Amps. Important Notes: ) C.T. are sensitive and limited to the secondary (output) impedance. OTEK A.C. signal powered products present and input impedance of ~0. Ohms (~V@5A). Make sure your C.T. can drive a >0. Ohm load without saturating or losing linearity. Contact Otek for assistance. Best C.T. to use: >00:5 ratio. ) All inputs for Hz lines. Contact Otek for 00 Hz lines. Option 0, VAC (P.T.): Burden: 0. Ohm & <00mW; Range: 0-0V/0-00Hz; Accuracy & Linearity: ±0.5% of F.S. Best operating range: 90-0VAC to specifications. Option 0, 5 AMP A.C. (C.T.): Burden: <00mW; Range:.5-5A; Accuracy & Linearity: ±0.5% of F.S. Best range: - Amps. Note: Not available in -F case. Option 0, Watts A.C. (C.T. & P.T.): Not available on case -F. Range: >00<600W/50-60Hz; Accuracy & Linearity: ±0.5% of F.S. at 90-0VAC & -AAC. Best operating range: Watts. For 00 Hz lines, use option 0 and specify (0=00 Hz line) after the complete part number. Option 0, Hertz VAC: Not available on case -F. Range: >0V<0V & >0<00Hz; Accuracy & Linearity: ±0.5% of F.S. For 00 Hz lines, use option 0 and specify (0=00 Hz line) after the complete part number. -- PROPORTIONAL CONTROL? For proportional control, use a two (or more) channel model. Channel is powered by your signal and the display signal (using a -0mA out) to drive the Channel input. Channel s -0mA output allows you to control your generator. The result: Channel display your AC signal and Channel display it s -0mA output. Only Channel needs power for its analog output and/ or relays. Use part number NTM-(,,, 5, 6,7, 8, 9 or A)??-69-?-99). Note:? = any available option on Digits 5, 6 & 0 and specify (9=Ch signal power, Ch external power). Also see the new model NTI. VAC/DC Signal Power Only: Option 6, 7-0VAC/DC: Now you can monitor and control your AC line, UPS, battery bank or power supply from 7-0VDC/VAC, with only power from the signal. The NTM requires >0<80mW (~ma-0ma). Imagine the possibilities! Almost like analog (only signal wires), but with st century digital technology ready for your PAC/DCS/SCADA system. Scaling: 7-0VDC in = Digital Display & 5-00% bargraph with alarm pointers. See Digits & for custom calibration and scale. Accuracy & Linearity: 0.5% of full scale FAX: SCE E. TENNESSEE ST. TUCSON, AZ. 857 U.S.A.

5 PUT SIGNAL SPECIFICATIONS (Digits 8 & 9) AVAILABLE ON EXTERNAL POWER MODELS ONLY Alarm Outputs (Signal Power): Open collector transistors () optional. See the ordering information on pages 9-, digit, option. For relays, contact Otek (custom). -0mA Analog Output: Custom, contact Otek (requires > watt from input signal). Option 7: 0-50mA Loop Power: See option 00 & 7 on page (first column). Option 8: 0-500mADC Signal Power: Calibration: 0-500mADC=0-500 & 5-00%. For other calibrations, use digit and specify. AVAILABLE ON EXTERNAL POWER ONLY Option 0: -0mA: The burden on the loop is only 0.5V@0mA (5 Ohm) and you can use the math functions for converting to flow, instantaneous or totalizer. Accuracy: +0.5% of F.S. digit Options -: VDC: Input impedance is Mega Ohms on all VDC ranges. Input impedance M Ω Range: Per Option digit Options 5 & 6, madc: Since the NTM is V full scale (,000 Counts) the Shunt resistors used are 00 Ohms for 0mA and 0 Ohms for 00mADC. Input impedance 5: 50Ω; 6: 5Ω; digit Option 7, Watts DC: VZin: 0M Ω/AZin:.0Ω, 5W Range: W digit Option 8, Watts DC (VxV): VZin: M for both inputs Range: 0-V digit Option 9: Custom: Use this option to describe any custom input, scale or modification to the NTM and contact us for feasibility and cost. Options 0-, Volts RMS: Here we use a True RMS-DC Converter for accurate (+ 0.%) measurement of sine waves up to 0KHz. For 0-0KHz and SCR accuracy is + %. VRMS: Zin: MΩ Range; per options; digit Options 5-7, Amps RMS: We use a True RMS-DC Converter for accurate (+ 0.%) measurement of sine waves up to 0KHz. For 0-0KHz and SCR accuracy is + %. Zin: 5 (0.A): Ω; 6 (A): 0.Ω; 7 (5A): 0.0Ω; Range: Per option Accuracy & Linearity: ±0.5% of F. S. digit. Options 8 & 0, Watts RMS: Here we use a True RMS-DC Converter for accurate (+ 0.%) measurement of sine waves up to 0KHz. For 0-0KHz and SCR accuracy is + %. Input impedances vs. range are the same as for VDC & madc ranges. Option 8 (VxVAC): Zin: MΩ for both inputs Range: V RMS digit Note: Always us P.T. & C.T. for options,, 0,, &. Option 0 (0VACx5AAC C.T.): Zin: M for V & 0.0Ω for I Range: 0-750W digit Note: Option 0 (0V/5A) includes the shunt (0.0 Ohms/0W) on connector only for 5A C.T. Options -, Hertz: We use an F-V to accept frequencies up to 0KHz and amplitudes from -00V peak or dry contact or open collector transistor (O.C.T.). For 50 to 0 Hz power line frequency measurement, use Option #. Option (0KHz/5V Logic): Zin: M Range: 0-0KHz digit Option (0V, 0-00Hz): Zin: M Range: 50-50VC/0-00Hz digit Option (0V, 0-00Hz): Zin M; Range: 00-60V/0-00Hz digit Option (0V, 500 Hz): Zin: M Range: 50-50V/00-500Hz digit FAX: SCE E. TENNESSEE ST. TUCSON, AZ. 857 U.S.A.

6 Option 5: Strain-Gage (>00 < K Ohm): These are typically "Monolithic" S-G that require constant voltage (preferably) excitation. We use.096v for high stability and accuracy. Use option 9 and specify your S-G sensitivity and the NTM display at Zero and Full Scale. Excitation:.096V, 50 PPM/ C Range: ±00-K Ω digit Note on S-G: Some S-G offer +/- VDC or -0mA condition output. Use Option 9 and specify. Option 7: RTD (PT00): Note: For options 7 & 8 you can change C to F and RTD type via serial port. We excite your, or wire RTD with 00μA to avoid the "self heating" effect. The range of the NTM is the same as your RTD typically C to C ( F). You can place the decimal point at will (typically to The PT00 has a temperature coefficient of Ohms/Ohm/ 0 C. (For legacy TC (known as ANSI 9) contact OTEK and use Option "9". Accuracy: +0.5% of F.S. digit, plus sensor's error. Note: For wire, jump - S to -E and +S to +E. For wire only jump -S to -E. PUT SIGNAL SPECIFICATIONS (Digits 8 & 9) AVAILABLE ON EXTERNAL POWER MODELS ONLY Option 8: RTD (PT000): Same as PT00 except it is 000 Ohms at 0 0 C instead of C. The same technique is used for copper RTD (0 Ohm), contact OTEK. Same connection as Option 7 apply. Accuracy: +0.5% of F.S. digit, plus sensor's error. Note: For long distances (> 00 ) use a -0mA transmitter such as our model NTY from our New Technology series. Option 50: Thermocouple (Type J): This TC has a range of -0 to C ( F). Its color is white (+) and Red (-), cold junction (CJ) is at the connector. Make sure the connections from the NTM and your TC are as close to the NTM entrance as possible to avoid errors. If you short out the NTM's +TC & -TC together, the NTM will read the ambient temperature at the junction due to its built-in C.J.C. Note: You can change C to F and TC type via serial port. Accuracy: + 0 F.S. of signal input. Option 5: TC (Type K): This is yellow (+) and red (-) and has a range of C ( F). The same notes as Option 50 apply. Accuracy: + 0 F.S. of signal input Option 5: TC (Type T): This blue (+) and red (-) TC has the range of C ( F). Same notes as Option 50 apply. Accuracy: + 0 F.S. of signal input. Option 5: ph (Acidity): We use a FET input (0 5 ) amplifier and calibrate the NTM for ph using the Industry's standard + mv = + 7pH co-efficient. Note: Not temperature compensated, contact OTEK for auto temperature compensation. Accuracy: +0.5% of F.S. digit Option 5: ORP (Oxygen Reduction Potential): Our FET amplifier (0 9 ) accepts the industry standard 000mV F.S. of the probe and the NTM displays it in % (0-00.0%). Accuracy: +0.5% of F.S. digit Option 55: %RH: This conditioner is designed to interface to a typical (capacitance type) -pf/% of RH made by several manufacturers. Use Option "9" and contact OTEK to specify your sensor's specifications. Accuracy: + 0.5% RH of signal input. digit Option 56 Resistance (0-0K Ohm): Want a simple -0mA transmitter? Just connect a 0K Ohm (others on request) potentiometer to the NTM and control any -0mA input valve, motor, transducer, etc. Accuracy & Linearity is ±0.5% of F. S. digit; Standard Calibration: 0-0K Ohms=-0mA. Use option #9 and specify your calibration. Ideal for transducers. Option 57, 0-50mA Range: 0 Ohms input resistance Digit FAX: SCE E. TENNESSEE ST. TUCSON, AZ. 857 U.S.A.

7 Option 58: Serial Input Remote Display/Controller: Here you can use the unit as a remote display & controller with modified ASCII to alpha-numeric display for DCS SCADA, PLC systems. See the user s manual for simple commands to use the NTM in PAC (Process Automation Control) applications. Digit 0 (Power Input): LOOP & SIGNAL POWER ONLY: Digit 0, Option 0, Powerless, No Power Required: The Input Fail detect/alarm (patent pending) flashes the display PT FAIL ( ) and transmits this serial message for ~0 seconds, after which it will cease. This feature is available in all models. If desired on powered models, use option 9 on Digit and specify input fail detection. Signal Fail Requirement: Unit must be On for at least minutes at >50% of full scale for it to operate. Description, Notes & Order (Continued) Digit 0 (Power Input): (Continued) Digit 0, Option, 7-VDC: Same as option but with wide input range of 7-VDC. Efficiency: >75%. Digit 0, Option, 90-65VAC: This option accepts 50-60Hz. For 00-00VDC or 00 Hz, use Digit 0, option 9 and specify. Efficiency: >70%. Digit (Control Outputs): AVAILABLE ON EXTERNAL POWER ONLY Digit, Control Outputs: Options, or 5: Open Collector Transistors (O.C.T.): They are NOT isolated from each other (common emitter) but are isolated between channels and can sink a maximum of 0 ma and sustain a maximum of 0VCE (the O.C.T. are normally used to drive S.S.R.).When you order options, or 6 (Relays), we use the O.C.T. to drive the relays. Digit (Control Outputs): (Continued) AUTOMATIC BAR COLORS: Limits/Colors Factory default (% of Full Scale): Also see digit. Low-Low Limit (<0%): Red Bar, OCT/K ON Low Limit (<0%): Yellow Bar, OCT/K ON High Limit (>80%): Yellow Bar, OCT/K ON Hi-Hi Limit (>90%): Red Bar, OCT/ K ON Safe Area (>0<80%): Green bar will follow signal input and if outside the limits, it will change its color to the limit s color (yellow or red). See commands in user s manual to customize your bargraph colors. For other configurations, use option 9 on Digit (field configurable). Max power consumption per relay: 50mA@5VDC (0.5W). See Digit. EXTERNAL POWER ONLY: Digit 0, Option, USB Powered: The NTM series requires >.<.5 Watts/Channel (worst case, fully loaded) meaning that you can power it through the USB port, but this option eliminates the isolation from USB to input signal. Analog output remains isolated contact OTEK for more details or use options -. Digit 0, Option, 5VDC: 5VDC is used to drive the relays (<0mA/relay) and/or the DAC via internal isolated 5-0VDC-DC (<00mA). If you order relays and analog out, you will need ~00mA/channel. This option is also isolated from the input signal FAX: NOTE: You can use the internal isolated 5VDC power to drive loads with the O.C.T. Total maximum current available is 50mADC. Digit, Options, or 6: Relays: are S.P.D.T. (C) and can switch maximum resistive loads of 0 VAC or 0 VDC. They include 00V varistors at their contacts. Inductive loads must be attenuated by the user. -7- SCE 97 External Control: You can control the O.C.T./Relays via the serial port at will with simple commands. They don t have to be assigned to the bar colors/set points, but are by default. Notes:. Digit is governed by Digit 7 (# of Channels) & Digit (Housing). Reason: Digit can NOT have more channels than permitted by Digit 7 o it cannot fit in the housing (Digit ). Note: Some models only offer relays (see the ordering information). You can assign any relay to any limit. 06 E. TENNESSEE ST. TUCSON, AZ. 857 U.S.A.

8 Digit (Analog /Power Output): AVAILABLE ON EXTERNAL POWER ONLY Digit, Analog Output, Options, or 5: This isolated output is factory set to follow the input (0-F.S. in=- 0 out) but can also be set for other outputs or serially controlled by simple commands via the serial port. For other outputs, use option 9 and specify, including reverse scale (-0=0-), bipolar and PID. Power consumption: 00mA@5VDC (W). Accuracy & Linearity: ±0.5% of full scale. Analog Output External Control (Use Option 9 and specify): A) 0-00mVDC in=-0ma out; B) 0-0K Ohm in=-0ma out; C) Use options 58, 68, 78 or 88 and control it via serial port. Digit, 0 VDC Out, Options, or 6: Use this option to power your -0mA transmitter or other transducer. Maximum current is 5mADC. It s isolated and is the same power source we use for -0mA out. Power consumption: 00mA@5VDC (W)/ channel. Description, Notes & Order (Continued) Digit (Scale Plate): Digit, Scale Plate: Option 0 is a standard scale plate that reads 0-00%. Use option 9 for custom printing and contact Otek. Digit (Range/Calibration): 0= Factory Default: 0-Full Scale Input=0-00% bar and digits. Colors: <0>90%: Red; <0>80%: Yellow; >0<80%: Green. Use Option 9 (custom) and contact Otek. Also see Control Outputs (Digit ). Bargraph Default: 0-full scale= 0-00%. You can program it for single pointer, or three or five bars via the serial port. ABOUT OUR PUT FAIL DETECTION Only available on Powerless models. While in normal operation, we store excess energy and use it to power the NTM if and when the signal fails (post mortem). Important Note on A.C. Powerless The NTM, UPM & NT Series can extract energy from your A.C. signal to power itself and opto isolated serial, optional O.C.T. (Digit, options,, 5 or 7), and to power the optional -0mA output (Not 0-mA out) from a wide input range. External power is required to power the optional relays (Digit, options,, 6 & 8) (00mW each). If you need relays, either use the external powered options on Digits 8 & 9 (, 7, 0 or ) and the Digit 0 power input options (-) or use Powerless options 0-0 on Digits 8 & 9 and Power Input option 09 (custom) on Digit 0 and specify (09=Power for relays and DAC). Result: The signal will power the instrument and will include our patented Signal Fail Detection & Alarm. The relays and analog output are powered by the external power option (all 00% isolated). Need a Transmitter? See model NTT. This digit is governed by digits (Housing) & 7 (# of Channels). Reason: Digit cannot have more outputs than input channels (Digit 7), which is governed by Digit (Housings). Need Explosion Proof? See Model NTM-X FAX: SCE E. TENNESSEE ST. TUCSON, AZ. 857 U.S.A.

9 LOOP POWER ORDERG FORMATION 5--7, or CHANNEL LOOP POWERED DISPLAY / D (96 x 96mm) Case *Grades E, M & 9 might require an N.R.E. fee. SERIAL I/O () 0...USB...RS Custom (Contact OTEK) GRADE & CASE ()* 0...Industrial & Plastic I...Industrial & Metal...Industrial & Plastic NEMA X...Industrial & Metal NEMA X M...To Mil-Spec & Metal (Contact OTEK) E...To Epri-Nuclear & Metal (Contact OTEK) 9...Custom (Contact OTEK) # OF CHANNELS (, )...One...Two...Three 9...Custom (Contact OTEK) RANGE/CALIBRATION 0...Standard 9...Custom (Contact OTEK) SCALE PLATE 0...Standard (0-00%) 9...Custom (Contact OTEK) ANALOG/POWER OUTPUT 0...None CONTROL OUTPUTS 0...None POWER PUT 0...None PUT SIGNAL mA, All Channels=Input, Loop Power mA, All Channels=Input, Loop Power NOTE: Please READ BEFORE building part number:. USB I/O is powered by VUSB. RS85 requires 5V@~mA.. Otek will build to certain nuclear or MIL-Standards but testing and confirmation of compliance, if required, will be quoted as a separate line item.. Multi-channel input signal is the same for all channels.. Channel is top, is middle, is bottom. SEE CUSTOMIZED USER S MANUAL FOR SPECIFIC CONNECTIONS at: / configurator/nts/ Build Your Own Part Number/Receive a Quote at: / configurator/nts/ FAX: SCE E. TENNESSEE ST. TUCSON, AZ. 857 U.S.A.

10 SIGNAL POWER ORDERG FORMATION 5--7 NOTE: Please READ BEFORE building part number:. If Digit 7 is option, then Digits 8 & 9 can only be options 0-0 or 09. If digit 7 is option, then Digits 8 & 9 can only be options If digit 7 is option, then Digits 8 & 9 can be 0-., or CHANNEL SIGNAL POWERED DISPLAY SERIAL I/O () 0...USB...RS Custom (Contact OTEK) GRADE & CASE ()* 0...Industrial & Plastic I...Industrial & Metal...Industrial & Plastic NEMA X...Industrial & Metal NEMA X M...To Mil-Spec & Metal (Contact OTEK) E...To Epri-Nuclear & Metal (Contact OTEK) 9...Custom (Contact OTEK) / D (96 x 96mm) Case RANGE/CALIBRATION 0...Standard 9...Custom (Contact OTEK) SCALE PLATE 0...Standard (0-00%) 9...Custom (Contact OTEK) ANALOG/POWER OUTPUT 0...None CONTROL OUTPUTS 0...None # OF CHANNELS (, 6)...One...Two...Three 9...Custom (Contact OTEK) POWER PUT 0...Powerless (No Power) PUT SIGNAL (,, 5) 0...Volts A.C., All Channels, Signal Power Amps A.C., All Channels, Signal Power 0...Watts A.C., All Channels, Signal Power 0...Hertz A.C.V., All Channels, Signal Power 05...Mixed Channel...VAC Ch., AAC Ch.,Signal Power 06...Mixed Channel...VAC Ch., WAC Ch., Signal Power 07...Mixed Channel...VAC Ch., Hz Ch., Signal Power 08...Mixed Channel...AAC, Ch., WAC Ch., Signal Power 09...Custom (Contact OTEK) 0...Mixed Channel...V Ch., A Ch., W, Ch. Signal Power...Mixed Channel...V Ch., A Ch., Hz Ch. Signal Power...Mixed Channel...V Ch., W Ch., Hz Ch. Signal Power...Mixed Channel...A Ch., W Ch., Hz, Ch. Signal Power Volts A.C./D.C., All Channels,Signal Power mADC, All Channels, Signal Power NOTE:. USB I/O is powered by VUSB. RS85 requires 5V@~mA.. Otek will build to certain nuclear or MIL-Standards but testing and confirmation of compliance, if required, will be quoted as a separate line item.. For other ranges (i.e. 00 Hz) use option 9 and specify. 5. Multi-channel input signal selected is the same for all channels. 6. Channel is top, is middle, is bottom FAX: SCE E. TENNESSEE ST. TUCSON, AZ. 857 U.S.A.

11 EXTERNAL POWER ORDERG FORMATION 5--7 NOTE: Please READ BEFORE building part number:. If digit 0 is option, then digit 5 must be option 0 or. USB I/O is powered by VBUS (ma). RS85 requires 5V@~mA., or CHANNEL EXTERNAL POWERED CONTROLLER / D (96 x 96mm) Case. If Digit 7 is option, then Digits 8 & 9 can only be options 0-58, and Digits and can only be options 0- or 9. If digit 7 is option, then Digits 8 & 9 can only be options 0-69, and Digits and can only be options 0- or 9. If digit 7 is option, then Digits 8 & 9 can be options 0-79, and Digits and can be options 0-9. *Grades E, M & 9 might require an N.R.E. fee. SERIAL I/O () 0...USB...RS85...Ethernet...USB & μsd Memory (Pending)...RS85 & μsd Memory (Pending) 9...Custom (Contact OTEK) GRADE & CASE ()* 0...Industrial & Plastic I...Industrial & Metal...Industrial & Plastic NEMA X...Industrial & Metal NEMA X M...To Mil-Spec & Metal (Contact OTEK) E...To Epri-Nuclear & Metal (Contact OTEK) 9...Custom (Contact OTEK) # OF CHANNELS (, )...One...Two...Three 9...Custom (Contact OTEK) RANGE/CALIBRATION 0...Standard 9...Custom (Contact OTEK) SCALE PLATE 0...Standard (0-00%) 9...Custom (Contact OTEK) ANALOG/POWER OUTPUT (, ) 0...None...CH....-0mA Out...CH....0V Out...CH. &...-0mA Out...CH. &...0V Out 5...CH., &...-0mA Out 6...CH., &...0V Out 9...Custom (Contact OTEK) CONTROL OUTPUTS (, ) 0...None...CH....O.C.T. ()...CH....Relays ()...CH. &...O.C.T. (8)...CH. &...Relays (8) 5...CH., &...O.C.T. () 6...CH., &...Relays () 9...Custom (Contact OTEK) PUT SIGNAL (, 5, 6) See Page and enter option number for Digits 8 & 9. POWER PUT ()...Non-Isolated USB...Isolated 5VDC...Isolated 7-VDC...Isolated 90-65VAC 9...Custom (Contact OTEK) NOTES (Continued):. Otek will build to certain nuclear or MIL-Standards but testing and confirmation of compliance, if required, will be quoted as a separate line item.. Channel is top, is middle, is bottom. 5. For 00 Hz line, use option 9, 69 or 79 and specify input. Peak & Hold to 50KHz function on request mV shunt not included FAX: SCE E. TENNESSEE ST. TUCSON, AZ. 857 U.S.A.

12 MODEL DIGITS 8 & 9 PUT SIGNAL ORDERG FORMATION 5--7 AVAILABLE ON EXTERNAL POWER MODELS ONLY PUT SIGNAL PUT SIGNAL, All channels same input. (, 5, 6) ma F.S....00mV DC F.S....VDC F.S...0VDC F.S....00VDC F.S mADC F.S mADC F.S. 7...Watts DC (VxA) F.S. 8...Watts DC (VxV) F.S. 9...Custom (Contact OTEK) V RMS F.S....V RMS F.S....0V RMS F.S....50V RMS F.S V RMS F.S A RMS F.S. 6...A RMS F.S A RMS F.S. 8...W RMS (VxVAC) F.S. 0...W RMS (0Vx5A AC) F.S....Hertz (0KHz/5V Logic) F.S....Hertz (0VAC/0-00 Hz) F.S....Hertz (0VAC/0-00 Hz) F.S....Hertz (0VAC/500 Hz) F.S. 5...Strain-Gage ( 00<K Ohm) 7...RTD (PT00) 8...RTD (PT000) 50...TC (Type J) 5...TC (Type K) 5...TC (Type T) 5...pH (0-.00) 5...ORP (0-000mVDC) 55...% RH (Specify Sensor) 56...Resistance (0-0K 0-50mA F.S. None (Serial Input Remote Meter) MIXED PUT SIGNALS ( CHANNELS) 60...Ch.: V; Ch. A (. Ω) RMS 6...Ch.: 0V; Ch.: A (. Ω) RMS 6...Ch.: 00V; Ch.: A (. Ω) RMS 6...Ch.: 00V; Ch.: 50mV RMS 6...Ch.: 50V; Ch.: 5A (.0 Ω) RMS 65...Ch.: 50V; Ch.: 5A (.0Ω) RMS 66...Ch.: 50V; Ch.: 00Hz (0 V Line) RMS 67...Ch.: 50V; Ch.: 00 Hz (0V Line) RMS 68...None, Serial Input Only 69...Custom (Contact OTEK) MIXED PUT SIGNALS ( CHANNELS) 70...Ch.: V; Ch.: A (. Ω); Ch.: W RMS 7...Ch.: 0V; Ch.: A (. Ω); Ch.: W RMS 7...Ch.: 00V; Ch.: A (. Ω); Ch.: W RMS 7...Ch.: 00V; Ch.: 50mV; Ch.: W RMS 7...Ch.: 50V; Ch.: 5A (.0 Ω); Ch.: W RMS 75...Ch.: 50V; Ch.: 5A (.0Ω); Ch.: W RMS 76...Ch.: 50V; Ch. : 5A (.0Ω); Ch.: 00Hz RMS 77...Ch.: 50V; Ch. : 5A (.0Ω); Ch.: 00 Hz RMS 78...None, Serial Input Only 79...Custom (Contact OTEK) NOTES:. If Digit 7 is option, then Digits 8 & 9 can only be options 0-58, and Digits and can only be options 0- or 9. If digit 7 is option, then Digits 8 & 9 can only be options 0-69, and Digits and can only be options 0- or 9. If digit 7 is option, then Digits 8 & 9 can be options 0-79, and Digits and can be options For 00 Hz line, use option 9, 69, 79 or 89 and specify input. Peak & Hold to 50KHz function on request mV shunt not included FAX: SCE E. TENNESSEE ST. TUCSON, AZ. 857 U.S.A.

13 MECHANICALS AND TYPICAL CONNECTIONS STANDARD / D CASE & PANEL CUTOUT NOTES:.) DISPLAY AREA VARIES WITH MODEL # PANEL CUTOUT:.65" X.65" (9mm X 9mm) SLIDES ().575" SQUARE (9X9mm) MAX PANEL THICKNESS: /" (9mm).78" SQR. (96X96 mm) 0.0".00" CLUDG CONNECTORS. I V A NEW TECHNOLOGY METER BLOCK DIAGRAM/CHANNEL CURRENT LOOP (LOOP POWER) AC/DC V, A,W, Hz (SIGNAL POWER) SIGNAL CONDITIONERS (EXTERNAL POWER) CONTROLLER/DISPLAY ONLY DISPLAY ONLY DISPLAYS, CPU, SIGNAL DETECT, KEEP ALIVE, ISOLATORS FOR ALARMS, SERIAL I/O, PWM, ZERO/ RS 85 USB RELAYS O.C.T ANALOG OUT ETHERNET USB/85 FLASH MEMORY 5- VDC VAC POWER SUPPLY O.C. T. () RELAYS () -0mA OUT () 0V OUT () RS85 USB/ ETHERNET POWER PUT SEE CUSTOMIZED USER S MANUAL FOR SPECIFIC CONNECTIONS AT: -- /configurator/nts/ TYPICAL CONNECTIONS LOOP POWER OR 5 V.P./USB POWERED MODELS (NO CONTROL OUT) TYPICAL CONNECTIONS SIGNAL POWERED MODELS TYPICAL CONNECTIONS EXTERNALLY POWERED MODELS (WITH CONTROL OUTPUTS) SEE TEXT FOR CONNECTIONS CHANNEL A CHANNEL C CHANNEL B STA STC STB : VCC : VCC : GND. : GND. : -LOOP SIGNAL : -LOOP SIGNAL : +LOOP SIGNAL : +LOOP SIGNAL ZERO ZERO A A USB SERIAL I/O ZERO ZERO C C RS85 (ST): : +5 V D.C. : D- (B) RS85 : D+ (A). GROUND ZERO ST : VCC : GND. : -LOOP SIGNAL : +LOOP SIGNAL ZERO B B WARNG! H.V. THIS SECTION. DO NOT TOUCH RS85 (ST): : +5 V D.C. : D- (B) : D+ (A). GROUND PUT (STA, B & C): ZERO : V A.C. HIGH : V A.C. LOW CH C : A A.C. HIGH STC. A A.C. LOW ST USB SERIAL I/O ZERO CH B STB ZERO CH A STA RS85 (ST): : +5 V D.C. : D- (B) : D+ (A). GROUND ST5, DAC/0V OUT: : +LOOP/0V OUT : -LOOP/0V OUT : CUSTOM PUT ZERO STA STA 5 ST5A DAC/0V OUT CHANNEL A SERIAL I/O USB ST ST5C DAC/0V OUT ZERO STC STC ST ZERO STB STB 5 ST5B DAC/0V OUT CHANNEL C CHANNEL B STA, B & C, PUT SIGNALS: SEE TEXT ON MANUAL STA, B & C, RELAYS OR O.C.T.: : K N.O./5V OUT FOR O.C.T. : K COM./C. EMM. FOR O.C.T. : K N.C./O.C.T. : K N.O./O.C.T. 5: K COM./O.C.T. 6: K N.C./O.C.T. 7: K N.O. 8: K COM. 9: K N.C. 0: K N.O. : K COM : K N.C. MAX 5 V OUT: 50mA. ST, POWER : : V+/V A.C. H : V-/V A.C. L NOTE: LOOP POWER NEEDS NO VCC OR GND. NOTE: SERIAL IS COMMON TO ALL CHANNELS. USE EITHER USB OR ST. NOTE: SERIAL IS COMMON TO ALL CHANNELS. USE EITHER USB OR ST. NOTE: SERIAL IS COMMON TO ALL CHANNELS. POWER PUT IS COMMON & ISOLATED TO ALL CHANNELS. USE EITHER USB OR ST. ALL CHANNELS HAVE THE SAME CONNECTIONS. NOTE: ZERO & POTS. ON REQUEST ONLY FAX: SCE E. TENNESSEE ST. TUCSON, AZ. 857 U.S.A.